left to right

() [] . -> <expr>++ <expr>--

primary expression

right to left

* & + - ! ~ ++<expr> --<expr> sizeof (typecast)

unary

left to right

* / %
+ - 
<< >>
< > <= >=
== !=
&
^
|
&&
||

binary

right to left

?:

ternary

right to left

= += -= *= /= %= <<= >>= &= ^= |=

assignment

right to left

,

comma

non associative

!

template

left to right

=>

lambda

non associative

. <expr>++ <expr>-- () []

primary expression

right to left

^^

binary

right to left?

++<expr> --<expr> * + - ! & ~ cast

unary

left to right

* / %
+ - ~
<< >> >>>

binary

non associative

== != < > <= >= !< !> !<= !>= <> !<> <>= !<>= in !in is !is

non associative

&
^
|

left to right

&&
||

right to left

?:

ternary

right to left

= += -= *= /= %= ^= ^^= ~= <<= >>= >>>=

assignment

right to left

=>

lambda

left to right

,

comma

non associative

..

binary

right to left

^

binary

left to right

not # - ~

unary

left to right

* / // %
+ -

binary

right to left

..

left to right

<< >>

left to right

&
~
|

unary

left to right

< > <= >= == ~=
and
or

binary

left to right

e.g. (1, 2, sort 4, 3) => (1, 2, 3, 4)

terms and list operators (leftwards)

left to right

->

primary expression

non associativ

++ --

unary

right to left

**

binary

right to left

! ~ \ + -

unary

left to right

=~ !~
* / % x
+ - .
<< >>

binary

non associativ

e.g. -e -f

named unary operators

non associativ

< > <= >= lt gt le ge
== != <=> eq ne cmp

binary

left to right

&
| ^
&&
||

non associativ

.. ...

right to left

?:

ternary

right to left

= += -= *= /= .= **= %= x= &= |= ^= <<= >>= &&= ||=

assignment

left to right

, =>

comma

non associativ

e.g. <expr> or <expr>

list operators (rightwards)

right to left

not

unary

left to right

and
or xor

binary

right to left

**

binary

right to left

~ + -

unary

left to right

* / % //
+ -
<< >>
&
^ |
< > <= >=
<> == !=

binary

TODO

= %= /= //= -= += *= **=

assignment

TODO

is is not
in not in

binary

TODO

not and or